Jason Lee

Stanford University, St. Michael's Hospital

Papers

Total Citations

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About

Dr. Jason Lee is a pioneering vascular surgeon whose research centers on advancing minimally invasive robotic techniques for complex vascular and transplant procedures. His most impactful work addresses the critical challenge of preserving the internal iliac artery during aortoiliac aneurysm repair. In his 2019 study (13 citations), Dr. Lee introduced a novel total robotic approach combining sutureless vascular anastomosis with iliac artery preservation—a technique that significantly improves patient outcomes by reducing the risk of pelvic ischemia and buttock claudication compared to traditional methods. This work represents a major contribution to vascular surgery, offering a less invasive alternative that maintains the benefits of open repair while minimizing recovery time. Dr. Lee has also explored innovative applications of robotic surgery in renal transplantation (7 citations), demonstrating how robotic platforms can expand minimally invasive options for complex procedures like renal allograft and autologous transplantation. His research bridges the gap between advanced surgical technology and improved patient care, positioning him as a leader in robotic vascular surgery. With a focus on sutureless anastomosis and organ preservation, Dr. Lee’s work continues to shape the future of minimally invasive vascular and transplant surgery.